Praveen Kuruppath

This study shows that Cx36 gap junctions in the mouse olfactory bulb are important for fine odor discrimination and late excitation of mitral cells.

This study develops an in-vivo optogenetic method to control MNTB activity in gerbils with fast and precise temporal control, enabling research on sound localization.

This study combines optogenetic stimulation of olfactory bulb glomeruli with foot shock fear conditioning to investigate olfactory-based fear learning in mice.

This study investigates olfactory deficits in Fmr1 KO mice, finding enhanced excitability in mitral cells and impaired fine odor discrimination in complex odor tasks.

This study uses optogenetics and behavioral experiments in mice to show that each olfactory bulb contributes distinct information and that mice integrate this information to identify odors.

This study investigates how stimulus duration affects olfactory identity in mice by using optogenetic activation and behavioral assessment.